The Problem with Startup Metrics: Kicking Off the "Metrics Monday" Blog Series

The Problem with Startup Metrics: Kicking Off the "Metrics Monday" Blog Series

The Problem with Startup Metrics: Kicking Off the "Metrics Monday" Blog Series

iStock_000024202877SmallEditor’s Note: Check out Laura’s more recent blog post: Busting the Startup Myth: Implications for Tech Transfer.

Several months ago, a read an article called “Are Universities Creating Too Many Biotech Startups?” At the time I thought: The question is not how many startups should a university do, but why are they doing them?

Since then, I’ve seen more and more stories in the industry news about universities focusing heavily on startups, particularly within the context of job creation and helping the local economy. Not surprisingly, some of these efforts are emerging from state government and/or economic development agencies.

I myself have been invited to participate on several panels and task forces related to this topic. Their recurring mantra has been: “We want to increase startups and licensing revenue.” My response always is: Increasing startups and increasing licensing revenue are mutually exclusive goals and neither goal improves job creation or the innovation ecosystem in the long term.

Furthermore, startups cause a negative return on the technology transfer office’s (TTO’s) investment in protecting intellectual property (IP) and pursuing licensing revenue. The vast majority of startups do not generate licensing revenue for many years, if ever. A well-established company will bring in licensing revenue faster and is more likely to succeed. Additionally, universities are more willing to terminate the license if the expected revenue is not generated within the specified timeframe when the licensee is an established company than they are when licensing to a startup, especially one that involves the innovators.

My experience has been that state legislators and university administrators want the favorable publicity associated with saying they are creating startups in their backyard. But it often seems that many of them do not recognize startups’ success rate (or lack thereof) and what is involved in creating a startup and making it successful.

Dedicating some resources/attention to startups and entrepreneurship isn’t a bad thing when structured as part of all possible options for innovations. It is valuable for TTOs to offer students and faculty the information they need to be effective entrepreneurs. (In fact, I think it’s so valuable that Fuentek offers entrepreneurial training services.)

But as I’ve blogged about before, focusing too heavily on startups can have significant drawbacks. Stakeholders’ emphasis on startups can encourage/pressure/force TTOs to ignore an alternate (perhaps preferable) path in favor of doing a startup. Does it really make sense not to license a technology to a company simply because it is already established and/or is located outside the state? Such constraints limit the potential for tech transfer success.

Furthermore, some TTOs are so under-resourced that it is easier to get IP coverage and give it to inventors when they ask for it than to spend the time to objectively evaluate whether IP protection is merited and then proactively try to get the right licensee, regardless of where that licensee is located or whether it’s a startup. Goals related to economic development and startups exacerbate this problem because they are set with no regard for the best commercialization solution for each technology.

The fact is: Only some of the dozens (or hundreds) of technologies emerging from a university each year are good candidates for a startup. And only a subset of those will have enough potential ROI to win funding. And then only a mere fraction of those can secure the right resources (e.g., CEO, equipment) needed to be successful. And then only a handful of those will actually succeed.

As for job creation, most startups are part-time efforts for the university innovator (no new job created there) and may add a couple of positions over the years if they are successful. Of course, there are a small handful of homeruns from across the country, like Quintiles here in North Carolina that spun out of UNC-Chapel Hill, but these are rare indeed.

Building an entrepreneurial ecosystem or creating jobs involves many parameters that impact each other. Focusing on startups as a singular metric is not the way for universities to impact economic development.

So what are the right metrics for TTOs to focus on? Well, that’s what I’ll blog about in the next “Metrics Monday” post. Watch for it in August.

NASA and NOAA Collaborate to Improve Monitoring of Harmful Algal Blooms (HABs) in the Great Lakes

NASA and NOAA Collaborate to Improve Monitoring of Harmful Algal Blooms (HABs) in the Great Lakes

NASA and NOAA Collaborate to Improve Monitoring of Harmful Algal Blooms (HABs) in the Great Lakes

A 2011 LandSat image shows the green scum signaling the worst algae bloom in Lake Erie in decades (NASA photo)

A 2011 LandSat image shows the green scum signaling the worst algae bloom in Lake Erie in decades (NASA photo)

On Monday, President Obama signed bipartisan legislation to increase the federal focus on the harmful algal blooms plaguing the Great Lakes and U.S. ocean waters. But progress in understanding HABs is already underway, thanks to an ongoing collaboration between two federal agencies.

Researchers from NASA and NOAA have been working together to improve monitoring of HABs, which pose significant threats to humans and wildlife as they form, spread, and disappear. Specifically, HABs often contain microcystin, which has been linked to serious liver damage, some forms of cancer, and skin irritation. The toxin also can cause mass deaths of fish and harm those who consume them as well as kill dogs swimming in infected water.

Early HAB detection allows public health officials to prevent contaminated drinking water and fish to enter the market as well as to close lakeshore recreational areas. Since the Great Lakes provide drinking water for 40 million people and more than 500 beaches, this is a vital issue.

Finding a “Fingerprint”

The experts who have been tackling the HAB issue are based at NASA’s Glenn Research Center in Cleveland and NOAA’s Great Lakes Environmental Research Laboratory in Ann Arbor. Their goal is to use remote sensing techniques — rather than time-consuming and expensive water sampling — to detect the early formation of a HAB, distinguishing it from a regular, non-harmful algal bloom.

To achieve this goal, the team wanted to identify microcystin’s unique hyperspectral signature — essentially a visual fingerprint.

Their work has been a true collaborative effort:

  • NASA provided the optics researchers that developed an innovative hyperspectral imager for aerial observations of the lakes as well as the aircraft, coordinating with other research flights for efficient use of research dollars and flight personnel time.
  • NOAA contributed its in-depth understanding of the Great Lakes’ biological processes and its water vessel fleet and experience with collecting water samples concurrently with NASA’s flights.

The researcher team analyzed the air- and water-based data to develop a critical algorithm for detecting microcystin. In calibrating the results, they confirmed the unique hyperspectral signature for HABs. This “fingerprint” allows scientists to identify HAB formation early and reliably through remote sensing.

Field testing will continue, with two flights over Lake Erie. The greater store of data on the Great Lakes provided by these flights eventually may help researchers understand not only when but why HAB events are occurring.

Tech Transfer Deal Valuation: Negotiating a Reasonable Royalty Rate

Tech Transfer Deal Valuation: Negotiating a Reasonable Royalty Rate

Tech Transfer Deal Valuation: Negotiating a Reasonable Royalty Rate

Win-Win-Notes_iStock_000016549417SmallWhat’s a reasonable royalty rate when licensing a technology? Good question!

Those of you with years of experience negotiating licensing or other technology transfer agreements know that there are many approaches for determining the value of a potential deal and therefore what the royalty rate should be. Which method is best?

When we provide deal-making support to our clients, Fuentek uses a combination of three deal valuation techniques: market assessments, cost assessments, and income evaluations. Let’s consider each element.

Market assessments consider the royalty rates and fees in comparable transactions. The “comps” differ from industry to industry, but research will reveal a ballpark royalty range. This is a great tool in the negotiating process, but it is not the only factor to consider.

Cost assessments seek to determine the hypothetical cost that it would take potential licensees to develop an equivalent/substitute technology if they were not to license it from you. This is not the same as what you spent developing the technology. Potential licensees will only care what the technology is worth to them in moving forward with their production plan. Focus on what it would cost for them to find a different solution that achieves the same goal your technology offers.

Income evaluations utilize a formula to determine the future cash rewards that your technology will offer to a licensee. Often your technology will be a feature or capability within a larger product, so be sure to know the portion of the production value that will be attributed to your technology so you can calculate (and defend) the royalty rate you are requesting.

We use figures obtained in all three techniques to come up with what we call a valuation convergence range. If all three figures are pretty close, this is a sign that the royalty rate is reasonable to take into negotiations.

All of this research is key in deal negotiations. Being able to back up your requests with sound market research and compelling figures gives you a better chance at getting the best deal for your organization that is also a win for the licensee.

I go into a lot more detail about this, including specific examples, in our “Valuing the Deal: Working the Negotiating Table to Your Advantage” webinar. This 80-minute webinar provides practical advice that will help licensing executives prepare for and negotiate successful deals. (We blogged about it and provided a free webcast excerpt earlier this year.)

Want to know more about what Fuentek does and how we can help your licensing managers prepare for the negotiating table? Send me a message.

Worth Reading: Penn State Auctions IP, TB Alliance Makes Lemonade, Research on the SRA-Licensing Effect, and a #TechTransferTrends Chat

Worth Reading: Penn State Auctions IP, TB Alliance Makes Lemonade, Research on the SRA-Licensing Effect, and a #TechTransferTrends Chat

Worth Reading: Penn State Auctions IP, TB Alliance Makes Lemonade, Research on the SRA-Licensing Effect, and a #TechTransferTrends Chat

Today’s “Worth Reading” post runs the gamut from traditional print journalism to online blogging and to a tweet chat on technology transfer trends.

IAMblog-PSUProspects for Penn State Patent Auction May Not Be That Bright: This commentary on the Intellectual Asset Management (IAM) blog relates to the announcement that Pennsylvania State University will be auctioning off some of its intellectual property (IP) to the highest bidder. The IAM blog post is worth reading because of its insights, which were spot on.

Here are my thoughts about it:

  • On the one hand, the original live auction that Ocean Tomo branded gathered a much larger and more diverse portfolio, but that model did not last. (You don’t hear much about those kinds of auctions anymore.) De-coupling the expertise from the patent limits the type of interest you are likely to get in an auction, hence the concern about non-practicing entities (NPEs) and patent trolls.
  • On the other hand, Penn State is doing an in-house auction, so they may be able to solve the de-coupling issue by offering sponsored research agreements (SRAs) as a way to convert the patent idea into a real product.

The trick to a successful auction is to create a sense of urgency (buy now or lose it), getting companies interested in bidding rather than asking for a license at their leisure. It will be interesting to see if Penn State gets a strong response and is able to create that sense of urgency. The auction runs through April 11th.

 

TBAllianceTB Alliance Spins-out Non-TB Assets to TenNor Therapeutics: The TB Alliance is an international non-profit drug development organization that develops better, faster-acting, and affordable tuberculosis (TB) drugs, primarily to serve third-world countries. The TB Alliance has always approached technology commercialization from a unique perspective. They search for and license promising compounds that were underutilized by pharmaceutical companies, investing in development to create new treatments for TB. (Not the traditional licensing scenario where profit potential identifies the winners.)

With this new deal, the TB Alliance has taken another step outside of the box. (Or have they stepped back into it?!) When they recognized that a compound they were testing would not result in a TB treatment, they identified other diseases it could impact so they could seek a licensee to continue its commercialization — in this case to treat infectious diseases of the gastrointestinal tract. The revenue the TB Alliance will gain from this non-mission use of the compound will help fund the future good work they do.

This is an excellent example for all technology transfer offices (TTOs) to consider. You never know what path an innovation may take to the market, so be open minded with your technology evaluations.

 

Nature-UCstudyIndustry-Funded Academic Inventions Boost Innovation: I was contacted by a reporter at The San Francisco Chronicle about this commentary in Nature about a study released by the University of California (UC) at Berkeley. Examining patents that emerged from industry-funded vs. government-funded research, the study found that corporate-sponsored research results were more likely to be licensed (by the sponsors or, more often, by third parties) than patents generated by federal dollars.

Frankly, this is not at all surprising because corporate sponsors have specific challenges for which a technical solution is needed. I disagree with the authors’ assertion that the findings run “counter to the expectation that corporate sponsored inventions have narrow applications.” They’re not necessarily narrow applications; rather, the research is relevant to a specific need with an identified market. Given that reality, the study’s findings aren’t really counter-intuitive.

Another “unexpected” finding was that the analysis “did not support previous assumptions that licenses to industry-sponsored inventions would likely be exclusive, or that sponsors would snap up the lion’s share of exclusive licenses.” Based on my experience, I wouldn’t expect all licensees to want (to pay for) exclusivity. Startups usually want (and get) such licenses because they perceive exclusivity is crucial for their breaking into the market and acquiring venture capital (VC) funding. For larger corporate sponsors, they are more likely to pursue only one use of the technology and may not need exclusivity in all fields of use. Furthermore, as the authors noted in citing research from the University of Chicago, “corporations turn to universities to investigate areas outside their core strengths, investing in speculative science in the hope of finding profit opportunities.”

It would have been great if this study had expanded beyond nine UC campuses and three national labs. The authors certainly could make use of data from the annual AUTM® Licensing Survey. And if future surveys by AUTM add another layer of specificity to their data collection, such analysis would be very insightful.

 

#TechTransferTrends Tweet Chat: Our final worth reading is a series of tweets initiated by Marc Sedam of the University of New Hampshire. (Follow Marc’s tweets.) Marc asked:

We offered up the following:

Emory’s were issued in three tweets:

 

 

Columbia University tweeted these three:

 

 

Marc’s response to his own question was:

 

and

To conclude, consider the question we posed back and make your comment below or send me a private message:

 

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Worth Reading

Here Comes the NC FIRST 2014 Robotics Competition

Here Comes the NC FIRST 2014 Robotics Competition

Here Comes the NC FIRST 2014 Robotics Competition

NC-FIRST-logoI’m heading back to the Dorton Arena in Raleigh as a judge for the 5th annual NC FIRST Robotics Regional Competition. If you’re local, come see for yourself what these amazing high school students have built in only 6 weeks! If you’re not, check out the live webcast Friday and Saturday via the Yeti team’s (#3506) channel.

The qualification matches are Friday from 9:00am to noon and 1:00pm to 5:45pm as well as on Saturday from 9:00am to noon. The final rounds are from 1:30pm to 4:30pm on Saturday.

FIRST = For Inspiration and Recognition of Science and Technology

This year’s challenge is called Aerial AssistSM. As the video describes, individual teams are grouped into three-team alliances that try to put 24-inch balls through one of four goals, earning extra points if the play includes throwing the ball over a 5-foot high truss. Bonus points also are earned when members of an alliance assist each other in getting a ball into the goal – a great example of the coopertition that’s a core value of FIRST.

And lest you think this is all fun and games, consider this:

  • Participating students are eligible to apply for more than $19 million in scholarships from over 150 providers, including NC State University, NC A&T State University, and Eastern Carolina University.
  • Research shows that the FIRST Robotics Competitions provide an engaging, hands-on learning experience for participating youth and generate a wide range of positive outcomes, including increased interest in STEM, STEM-related careers, school success, and college-going. (Maybe some of these students will eventually wind up on Shark Tank – this week’s episode features kid and teen entrepreneurs.)
  • NC FIRST is part of the RTP Coalition for US2020 City Competition. US2020 aims to engage 20% of the STEM workforce in hands-on, project-based mentoring, giving 20 hours per person per year by the year 2020.

So stop by the Dorton Arena for this amazing free event! Or better yet, get involved with a FIRST event or team in your area.